Henchman, part of LexisNexis’ Post

Valentine's Day Coding Challenge: Express Your Love with Swift 💖 This Valentine's Day, let's celebrate with a Swift programming challenge! This is an opportunity to test your skills and spread some love in the coding community. Challenge: Create a Heart struct in Swift that includes properties for color, size, and message. Your struct should also have a function that prints a loving message to the console. The goal is to craft different Heart instances to represent various forms of love: friendship, romantic love, family love, etc. Requirements: - Your Heart struct must have three properties: color, size, and message. - Include a displayLove() function that prints a message in the format: "Sending a [size] [color] heart, with love: [message]". - Create at least two different instances of your Heart struct, each representing a different type of love. Bonus Points: - Add an enum to define the heart colors or sizes for more structured code. - Implement an initializer in the Heart struct for easy instance creation. Try this challenge and share your code snippets in the comments! Let's see how creatively you can express love through Swift. And be sure to share it with your friends, too. If you're stuck or just curious to see one of the many ways to solve this challenge, check out the solution in the comments below. Happy coding, and Happy Valentine's Day! #SwiftProgramming #CodingIsLove #SwiftChallenge

🎉 Day 13 of My 100-Day Programming Challenge! 🚀 Today’s challenge was to determine if two strings are anagrams, meaning they contain the same characters with the same frequency, but in any order. Approach: Length Check: If the two strings don't have the same length, they can't be anagrams. Character Frequency Mapping: I used two hash maps to count the frequency of each character in both strings. Comparison: I compared the frequency of characters in both maps to check for any mismatches. Key Insights: Hash Maps: Efficiently counted character frequencies and allowed for easy comparison. Optimized Check: If any character frequency differs between the two maps, the strings are not anagrams.

Hello, programming community! 👨💻👩💻 In today’s post, we’re going to explore the beauty of patterns in C by creating a program that prints an X pattern using numbers. This is not only a fun exercise but also a great way to practice nested loops and conditional logic. Let’s get started with the code: 🔍 Key Takeaways: The size variable determines the dimensions of the pattern. We calculate the total number of rows as size * 2 - 1. The nested loops iterate over rows and columns to place numbers at the correct diagonal positions. 💡 Why is this pattern special? It’s a visual treat that showcases the symmetry in numbers. It enhances your understanding of loop control and conditional checks. It’s a creative way to practice algorithmic thinking and problem-solving. Feel free to experiment with different sizes and see how the pattern changes. Share your variations and thoughts in the comments below!

🧠 QUIZ TIME! 📝 Which component is used to display a list of items in Android? 🤔 📝 Comment Your Answer Below! 👇 Call Us: +1-844-887-9239 Website: https://lnkd.in/d9v59_B3 #AndroidTraining #AndroidDevelopment #LearnAndroid #AndroidDev #MobileAppDevelopment #Coding #AndroidProgramming #AppDevelopment #TechEducation #CodingBootcamp #LearnToCode #ITTraining #ITConsulting #ITStaffing #quiztime

🎉 Day 4 of My 100-Day Programming Challenge! 🚀 Today’s challenge was about checking if two strings are isomorphic. In simpler terms, I needed to determine if there’s a one-to-one mapping between characters in two strings such that each character in one string can be replaced to get the second string.  Approach: Mapping Characters: I used a HashMap to create a one-to-one mapping between characters in the first string (s) and the second string (t). Validation: For each character in s, I checked if it was already mapped. If it was, I verified that it correctly mapped to the corresponding character in t. If not, I checked that the character in t wasn't already mapped to a different character in s. Result: The strings are isomorphic if all characters can be consistently mapped; otherwise, they are not. Key Insights: One-to-One Mapping: The key to solving this problem was ensuring that each character in one string maps to only one character in the other, with no overlaps or conflicts. Efficiency: Using a HashMap allowed for efficient character mapping and validation.

🌟 Day 6 of My 90-Day Code Challenge! 🌟 🎉 Excited to share that I’ve successfully completed the "third assignment" on Day 6! Building on my previous work, I dove deeper into "C++" by developing a program that tracks mobile phone usage time. 📱💻✨ 🔑 Consistency and growth remain my focus! I’m eager to tackle new challenges and enhance my skills as I refine the algorithm for tracking usage and notifying users when they exceed their limits. 🚀💪 👀 Stay tuned for more updates as I progress through each phase of this challenge! 📈 Let’s keep up the momentum and continue this coding journey together! 🔥 #Cybernaut #Cpp #CodingJourney #ChallengeAccepted #60DaysOfCode #DeveloperLife 🎊

"Day 6 of the Nextcode Challenge: Today's task was a breeze! I effortlessly whipped up a stunning programming cover page using basic HTML and CSS techniques like border styling,font style ,background images, and colors. Completed in just 5 minutes, it's a testament to the power of mastering the fundamentals. #NxtCodeChallenge #Nxtwave

Hello everyone! Kristo and I are excited to share our latest project developed for the kood/Jõhvi programming school. We've built a Full-Stack Application utilizing Typescript, Next.js, and Golang. Our platform allows users to create accounts, form groups, make posts, send private messages, participate in group chats, and receive real-time notifications. Inspired by the designs of Facebook and X, our application offers a familiar and intuitive user experience. GitHub repository: https://lnkd.in/dDgUHMqq Check out a short preview of our project below:

💫100 Days Of Code💫 Hello connections, This is my 30th day of 100 days of Code challenge. Today, I solved 1 question. 🌧️ LeetCode Problem 42: Trapping Rain Water 🌊 In this problem, we are tasked with calculating the amount of water that can be trapped between bars of varying heights after it rains. The challenge involves understanding how the heights of the bars affect the water levels above them. Using a two-pointer approach, we can efficiently determine the trapped water by calculating the maximum heights from both the left and right sides. This method reduces the time complexity to O(n) while maintaining O(1) space complexity, making it a great example of optimizing algorithms for efficiency. Solving this problem not only sharpened my problem-solving skills but also deepened my understanding of array manipulation and dynamic programming concepts. Feel free to check out the problem and try solving it yourself! 💧 A very Special thanks to Mentor Mazhar Imam Khan for helping me and lots of students with his excellent way of teaching. Thank you Sir. Problem Link : https://lnkd.in/eT9_Uf4z

Hi everyone! Toomas Vooglaid and I continue to work on projects for the kood/Jõhvi programming school. This time, we created a Single Page Application using vanilla JS. As climbing enthusiasts, we decided to dedicate the project to this subject. Like in our previous forum-project, people can create posts and write comments, but this time we've added a chat feature where people can communicate through private messages! Check out the video!